Water Energy

I don't find those developers of high-tech electronic equipment and handheld digital devices the prime innovators of the modern age. This is because they just don't have any damn plans of making their gadgets cost-effective and efficient when it comes to energy consumption! Yes, they have all these ways and means in which to reduce the cost of either information access or digital communications, but they should concentrate more on the energy sources to tap in using those gizmos. Imagine a time when we all have those gizmos and yet do not have enough energy resources to power them all up!

The people who need to be applauded and supported are those instigators of various ways and means to produce replenishable energy sources. One such man is John Craven, and his plans for the world are indeed ambitious, but generally possible. Cold fusion has been a most talked-about process of generating unlimited and replenishable electrical energy, but I think even Einstein couldn't turn this idea into a working system back then, or he wasn't just getting enough support from the government. With free unlimited electrical energy, actual control over the people would be hard to come by!

John Craven thinks that he could even tap this system so as to produce fresh water and continuous air conditioning aside from a replenishable supply of electrical energy. The system makes use of the extremely cold water found way below the ocean basin depths. John Craven's idea is that by continuously pumping the extremely cold water upwards, electrical energy, fresh water, and free, not to mention continuous, air conditioning would then be produced. The temperature ranges of the actual cold water to be pumped and what we have up here have so much difference that it would generally create electrical energy when continuously processed through this system. Plus, doing this would cause the water being pumped to provide a replenishable supply of fresh water, and the steam could generally provide free and continuous air conditioning. John Craven has made the necessary plans so as to start this immense project of his, and it shows -- he has chosen a certain cluster of islands in the Caribbean to first test out his brainchild. I think this is very good since the open waters are the largest solar containers we have on the planet!

You may say I'm nothing more than a stupid-assed madman, but I think you're very much intrigued as I am when it comes to the concept of free energy. Well, I think it would actually be fair to state that I, for one, do not limit myself to boxed thinking, even to out-of-the-boxed thinking, and so do the main innovators of hydrogen-run vehicles. Jules Verne talked about flying vehicles, bullet-fast trains, men in space, etc., but these ideas were literally crossed out as mere imaginings from the mind of a brilliant creative genius. What they didn't know was that this man may very well be a Nostradamus incarnate! What he wrote about on what the general public regards as fictional works can now be seen as actual reality!

With this, I give you a similar story. Carl Cella, a musician, wrote a journal about the actual possibility of creating and developing a car that totally runs on water. He's not a classical musician or anything similar, you know. In fact, he's a bad-assed member of a hard-rocking band! I think you just might've lost interest with this damn fact, but I think it would actually be better for you to listen to what he and I have to say. I also encountered the work of this man through my ventures on the digital information platform called the internet, and I have found his work to be both imaginative and brilliant.

Carl Cella even made a prototype of this machine. He was so intrigued with the concept of hydrogen-run generators that he fused it with his brainchild. That's right, a hydrogen-run car engine! He installed the device that he made on a run-down car he owned, using high-grade materials which he found to be cheaper than most materials used to build modern cars. The prototype worked, and when he asked the government for support in the mass production of his invention, what he was told gave him a damn lump up his throat and very well up his ass! You see, I think this sort of invention would be literally chucked out of existence. This may change the economy of the world, and maybe even the political powers that the world very well runs on.

Can you imagine how a body of water like falls become a source of energy? This amazing technology definitely amazed me when I first encounter it. Most probably, a common people might ask same question as mine, and that is the question "how?" Based on studies, hydroelectric power is topping the list of renewable sources of electricity today. Renewable sources means that it can be a source over and over again. Hydroelectric power plant accounts for 6% of worldwide energy supply or approximately 15% of the world's electricity. For instance in Canada, this source of energy is evidently abundant because it supplies 60% of its electrical needs.

To explain the process briefly, hydroelectric power plants changes the kinetic energy contained in falling water into electricity. Of course, it's not as simple as that. There are several subprocesses that are being done to convert kinetic energy into electrical energy. However despite its good intentions, today's hydroelectric power plants are faced with several oppositions from environmental groups and native people. Today, there are environmental organizations claiming that these power plants cause harmful effects to the environment. Despite attacks and oppositions, pro-hydroelectric power plants claim that this energy source is better than burning coal, oil or natural gas. Also, they do not result in the risks of radioactive contamination associated with nuclear power plants.

Newfoundland expressed its need for cheap energy. To achieve this, a tunnel needs to be dug on the seabed of Churchill river so transmission network could be routed under Belle Isle. This is an inexpensive task, but Newfoundland is left with no choice but to access the river that possesses the highest potential in providing hydroelectric power.

Thirty-two years ago, the underground station and the Churchill dam was built. Later, turbines were included in the construction. Engineers calculated that the force of the river will produce enough electricity for North America. Now, Newfoundland is making the arrangements with Hydro-Quebec. The former is obliged by the contract to provide four thousand megawatts of power to Quebec. Although the river has very low chances of experiencing massive water deficiency, the contract does not fair both parties equally. This is because while energy prices increase, Hydro-Quebec is selling the power plant to America. This only means that Newfoundland will have to by high-priced electricity when the falls can suffice its needs.

Up to this date, the matter remains unsettled. Reports say that Newfoundland is planning to build another power plant in the river. Some say that Quebec already refused reopening the agreement - a selfish act towards Newfoundlanders.

With the recent oil price hikes in the market, several countries are finding a good alternative to green energy. What makes this option attractive is the fact that it goes with the principles of environment conservation. Today, one of the most commonly used green energy is the hydro-electric power produced by the high pressure of water that flows through a dam. Among the countries that use this green technology are New Zealand and Switzerland.

This form of technology has many benefits. Once the dam is constructed, the energy produced is virtually free. Moreover, it does not create pollution nor waste. The steady supply of water also ensures the steady generation of electricity.

Needless to say, this technology also has its own disadvantages. First, the construction of dams can be quite expensive considering the immensity of the project. Moreover, the building of a dam also means the relocation of people or animals living within the area that would be flooded. Of course, relocating the residents alone is a difficult and often challenging task due to the opposition of some. Still, in the long run, having this green technology has more advantages rather that disadvantages. Besides, its provides a cheaper energy source.

Water energy is purely logical. Here, the energy is derived from the force of ocean waves or from the force produced by the sudden rush of water from dams of waterfalls. Unfortunately, although water energy is one of the cheapest sources, it is not globally used. But, do you know that we can store the heat of the water and convert it into energy?

Let us leave the matter aside first. I would like to explain some things. To start, our native land uses but a relatively 13% hydroelectric power for commercial purposes. I am sure you still remember how the Bush administration tolerated the nuclear power as alternative energy source? It is just sad that although we have the means and water sources, the hydro power is not being widely used. Now, in connection to the hot weather we are experiencing right now, I had recently read an article that talked about the latest experiment of a group of American scientists. The study was in line with the heat absorbed by the water. Since, water is the main ingredient of hydro power, scientists tried to discover other benefits from it. To make things simple, you might imagine that the ocean water becomes unusually hot. This heat can be stored. How? The heat can be gathered as steam and stored in a conversion devise. Alas! The water heat was turned into energy. This technique will be useful, especially during summer time. But, it will not succeed if we experience great water deficiency.

Water gives life not only to human beings, but also to animals, plants, flowers, and others. Speaking of flowers, what comes first on your mind when you see or hear the words flower essences? Perhaps, you will think of flower extracts and oils. But, flower essence is more than that.


Flower essences has someting to do with energizing holographic water.
Fused with pure water from spring and alcohol or vinegar, flower essence is one energy medicine. There is what we call pattern of energy in water.

The pattern of energy is the outcome of water origin, treatment, and occurrence in the water itself. This pattern may last for a certain period of time depending on certain factors around it. We have the power to change this pattern of water. This pattern of energy which is vibrational has the ability to heal us in nearly all sorts and aspects of our being. This flower essence fused with the necessary preservatives like alcohol is placed under the sun and invites heat energy from the sun itself. The more you plunge into the fascinating beauty of flower essence, the more you become in touch with nature and its many healing and energy-giving properties.

There are many sources of energy that we can derive from our environment. One is hydropower energy which comes from falling water such as water falls. Energy is converted in a turbine to generate electricity to supply a particular area.

A good example of a water fall as a source of hydropower energy is the Niagara Falls which supplies electricity to certain areas of Ontario, Canada and Buffalo, New York. Niagara has three separate falls; Horseshoe Falls, American Falls, and the smaller Bridal Veil Falls. It has been long recognized as a source of hydroelectric energy since the falls can produce six million cubic feet of water falls over its crest line every minute.

To tap this energy, hydroelectric stations and power plants were built on the Niagara River producing 4.4 Gigawatts of power. The first ever hydroelectric development in the Niagara Falls was the one established by George Westinghouse in 1896. The structure was a success and it set a contemporary standard for harnessing massive electricity. Both the American and the Canadian governments, since the falls border the two countries; have made efforts to conserve the mighty Niagara Falls.

I never thought that water can be so powerful, but one thing's for sure, i'd die without water, anyone would, water is truly a source of life. It's life-giving to any living organism, and it's also providing us with sufficient hydroelectric power. Do you know that almost 20% of the world's electricity is provided by hydroelectric power, and only 6% is commercial energy. Many developed countries use hydroelectric power, 75% in New Zealand, 99% in Norway, 25% in China, and 13% in the United States; there's also 50% in developing countries.

Usually, hydroelectric power is generated through massive water dams, the water constantly drops from the top, thus, producing movement and power. Through all the power process of these genius water dams, the energy is then distributed around the communities, to provide the people with electricity. Water, truly gives us life.

Hydropower or energy from moving water has been providing several states with electricity for the past years now. There's California, Oregon, Washington, Montana, and New York, these states have been relying on a non-polluting system. The hydropower system does not emit waste, the natural state of the environment is not at all affected, and it actually provides electricity. Even in the Scottish Highlands, hydropower stations have been developed. Hydropower is almost free; as they say, the best things in life are free. Good thing there's still water around to give us just that.

Like other compounds, water also has two kinds of energy; kinetic energy and potential energy. Potential energy of water can be useful when it is flowing. That would only be the time that the potential energy will become kinetic energy. However, for water to generate kinetic energy, large hydro power plants are needed. Large turbines, generators, and several devices are required to produce hydroelectric power.

At present, around 20% of the world's electricity is supplied by hydropower plants and 6% of it is generated by commercial hydropower plants. At present, 99% of Norway's electricity is from hydroelectric plants, the same as in New Zealand (75%), in China (25%), in US (13%), and in other developing countries (50%).